Spliced aerated concrete batten construction method

Abstract

The invention relates to the technical field of building construction, and discloses a spliced aerated concrete batten construction method. The spliced aerated concrete batten construction method comprises the following steps of S1, deepening a construction drawing according to holes needing to be reserved and pre-buried pipelines on aerated concrete battens in building, structure, electrical andequipment pipeline drawings; S2, mounting and splicing the aerated concrete battens while a floor concrete structure is constructed; S3, after floor slab construction is completed, cleaning a floor slab surface, enabling a concrete structure surface making contact with the spliced aerated concrete battens during installation to be smooth, straight and compact, and measuring side lines and controllines of the aerated concrete battens to serve as the installation basis; S4, mounting the spliced aerated concrete battens, and adjusting the installation positions, flatness and perpendicularity ofthe spliced aerated concrete battens; and S5, finishing reserved hole and slab joint treatment. According to the spliced aerated concrete batten construction method, a construction process is simplified, the mechanical construction degree is improved, the total construction period is shortened, and the anti-seismic property is improved.

Description

technical field [0001] The invention relates to the technical field of building construction, in particular to a construction method for splicing aerated concrete strips. Background technique [0002] The wall is the main component of the building, its construction and the materials used affect the building energy consumption index and indoor living comfort. [0003] At present, ordinary autoclaved aerated concrete blocks are usually used in the secondary structure masonry of conventional walls. Compared with aerated concrete slabs, masonry has the following disadvantages: the construction process of autoclaved aerated concrete blocks is complicated and requires The construction of the secondary structure can only be carried out after the completion of the primary structure. The construction period is long. During the period, it is necessary to cooperate with the binding of steel bars and the pouring of concrete structural columns and ring beams. The construction steps are c...

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Problems solved by technology

[0003] At present, ordinary autoclaved aerated concrete blocks are usually used in the secondary structure masonry of conventional walls. Compared with aerated concrete slabs, masonry has the following disadvantages: the construction process of autoclaved aerated concrete blocks is complicated and requires The construction of the secondary structure can only be carried out after the completion of the primary structure. The construction period is long. During the period, it is necessary to cooperate with the binding of steel bars and the pouring of concrete structural columns and ring beams. The construction steps are cumbersome; the construction quality control of autoclaved aerated concrete blocks is difficult. Large, including fullness of mortar joints, verticality of walls, steel bar binding, formwork support and concrete vibration; autoclaved aerated concrete block masonry construction costs are high and material consumption is large

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